Mechanical behavior of fetal dura mater under large axisymmetric inflation

The nonlinear mechanical behavior of fetal dura mater was tested experimentally and compared to two published nonlinear material strain energy functions, the Mooney-Rivlin and the Skalak, Tozeren, Zarda, and Chien (STZC). The STZC constitutive relations best fit the behavior of the dura mater and we...

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Published inJournal of biomechanical engineering Vol. 105; no. 1; p. 71
Main Authors Kriewall, T J, Akkas, N, Bylski, D I, Melvin, J W, Work, Jr, B A
Format Journal Article
LanguageEnglish
Published United States 01.02.1983
Subjects
Biomechanical Phenomena
Biomedical Engineering - instrumentation
Dura Mater - physiology
Female
Fetus - physiology
Humans
Male
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Abstract The nonlinear mechanical behavior of fetal dura mater was tested experimentally and compared to two published nonlinear material strain energy functions, the Mooney-Rivlin and the Skalak, Tozeren, Zarda, and Chien (STZC). The STZC constitutive relations best fit the behavior of the dura mater and were used to describe quantitatively its stiffness. Runge-Kutta numerical procedures were used to fit the theoretical data to the experimental results. The material's stiffness was positively correlated with fetal weight (r = 0.67, p less than 0.05). These results are discussed and directions for future research indicated.
AbstractList The nonlinear mechanical behavior of fetal dura mater was tested experimentally and compared to two published nonlinear material strain energy functions, the Mooney-Rivlin and the Skalak, Tozeren, Zarda, and Chien (STZC). The STZC constitutive relations best fit the behavior of the dura mater and were used to describe quantitatively its stiffness. Runge-Kutta numerical procedures were used to fit the theoretical data to the experimental results. The material's stiffness was positively correlated with fetal weight (r = 0.67, p less than 0.05). These results are discussed and directions for future research indicated.
Author Bylski, D I
Kriewall, T J
Work, Jr, B A
Melvin, J W
Akkas, N
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StartPage 71
SubjectTerms Biomechanical Phenomena
Biomedical Engineering - instrumentation
Dura Mater - physiology
Female
Fetus - physiology
Humans
Male
Title Mechanical behavior of fetal dura mater under large axisymmetric inflation
URI https://www.ncbi.nlm.nih.gov/pubmed/6843105
Volume 105
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